This paper derives fractional quark charges from the 600-cell lattice geometry of Conscious Point Physics. A base charge of \(\pm 1\) on the central unpaired conscious point is screened by Space Stress Vector (SSV) compression in orbital Zitterbewegung, yielding a screening factor of \(1/\varphi^2 \approx 0.382\). A perturbative correction \(\varepsilon \approx -0.145\) from multi-layer averaging refines this to exact thirds: +2/3 for up-type and −1/3 for down-type quarks. The Capotauro chiral nucleation event establishes the asymmetry between quark types and crystallizes eight fundamental asymmetries observable in nature. Antimatter charges are preserved through 600-cell lattice duals under CPT symmetry.

Charge Screening and Asymmetries in Conscious Point Physics (CPP)

This directory documents the mechanisms behind fractional quark charges (+2/3 for up-type, -1/3 for down-type), the up/down quark asymmetry, and related asymmetries, all emerging from Space Stress Vector (SSV) screening in orbital and linear Zitterbewegung (ZBW) combined with the Capotauro chiral-polarity bias in the 600-cell lattice.

These are not ad hoc parameters but derive from lattice invariants (golden ratio

Cross-references: Paper 2 Appendices G (charge reduction), H (up/down asymmetry), L (golden ratio approximations), Section 5 (ZBW refinements).

Key Mechanisms Summary

• Fractional Charge Reduction: SSV compression in orbital ZBW yields ~1/3 screening via 1/φ² ≈ 0.382, refined to exact 1/3 with ε ≈ -0.145 from multi-layer averaging.
• Up/Down Asymmetry: Capotauro bias favors linear ZBW extras on down-type (−qCP central), enabling second 1/3 screening → -1/3 effective charge.
• Antimatter Mirror: Lattice duals invert bias in anti-sea domains, preserving charge symmetry under CPT.
• Broader Asymmetries: Capotauro crystallizes 8 major asymmetries (baryon, chirality, CP violation, arrow of time, up/down, generations, CMB hemisphere, black hole spin).

Figures and derivations provide visual and numerical support.